Honeywell LCNP4E 51405098-100 Rev HW A FW J Interface Desktop Card 52-1

$181.91

Availability: 1 in stock

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Description

Product Overview

The 51405098-100 REV A FW J is a Local Control Network (LCN) processor or interface card designed to connect Honeywell Experion, TPS, or legacy servers to LCN-based control infrastructure.

This card bridges PC-based operator stations and distributed controllers on the LCN, enabling data acquisition, alarming, and supervisory control in TDC 3000 and TPS environments.


Key Features & Specifications

  • LCN connectivity: Hardware connection to Local Control Network using coaxial cabling.
  • Processor: Capable microprocessor and RAM for LCN protocol processing and data buffering.
  • Memory: Typically 16 MW or higher supporting large node counts and complex data structures.
  • Form factor: Half-length PCI or PCIe card for server/workstation integration.
  • Time synchronization: GPS time-sync connector for coordinated timing across LCN nodes.
  • Node addressing: Configurable LCN address with auto-discovery and conflict resolution.
  • Compatibility: Compatible with GUS R110.1+ and legacy TDC 3000/TPS systems.

Typical Applications / Use Cases

LCN processor cards integrate modern PC servers with existing Honeywell distributed control systems.

  • Connecting Experion/TPS servers to legacy LCN systems for data acquisition and operator interface without controller replacement.
  • Enabling workstations to emulate Universal Stations on LCN, providing modern interfaces to aging infrastructure.
  • Bridging communications during phased migrations where modern and legacy systems coexist.
  • Supporting GPS-synchronized time coordination for sequence-of-events analysis.

Advantages / Why It Matters

  • Investment protection: Upgrade servers while continuing to use installed LCN controllers.
  • Improved performance: Newer generations provide higher capacity and memory than earlier versions.
  • GPS time synchronization: Critical for precise event logging in regulated industries.
  • Backward compatibility: Seamless legacy system integration minimizes engineering effort.
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